func TweetDrawer(c chan<- draw.Image, pixel draw.Image, tweets <-chan *twitter.Tweet) {
counter := 0
bg := image.NewNRGBA(pixel.Bounds())
pixelutils.StretchCopy(bg, pixel)
c <- pixel
avatarArea := pixelutils.SubImage(pixel, image.Rectangle{
Min: pixel.Bounds().Min,
Max: pixel.Bounds().Min.Add(image.Point{85, 85}),
})
textArea := pixelutils.PixelSizeChanger(pixelutils.SubImage(pixel, image.Rectangle{
Min: pixel.Bounds().Min.Add(image.Point{90, 0}),
Max: pixel.Bounds().Max,
}), 2, 2)
for tweet := range tweets {
counter++
pixelutils.StretchCopy(pixel, bg)
pixelutils.StretchCopy(avatarArea, tweet.Author.ProfilePicture)
pixelutils.DrawText(pixelutils.PixelSizeChanger(avatarArea, 3, 3), pixelutils.Red, fmt.Sprintf("%03d", counter))
pixelutils.DrawText(textArea, pixelutils.White, tweet.Text)
c <- pixel
}
}
func main() {
cred := loadCredentials()
fakeC := make(chan draw.Image)
wall, _ := pixelutils.PixelPusher()
pixel := pixelutils.NewPixel()
TweetDispatch(cred)
for i, section := range TweetSections {
subPixel := pixelutils.SubImage(pixel, image.Rect(0, i*85, 256, (i+1)*85))
pixelutils.StretchCopy(subPixel, loadImage(section.BackgroundImage))
pixelutils.Fill(subPixel, translucentBlack)
go TweetDrawer(fakeC, subPixel, section.Tweets)
}
for _ = range fakeC {
wall <- pixel
}
}